PC817XP PC817XFP with or without 2.5 to 30.0 PC817X1 PC817XF1 PC817XI1 PC817XP1 − A 4.0 to 8.0 PC817X2 PC817XF2 PC817XI2 PC817XP2 − B 6.5 to 13.0 PC817X3 PC817XF3 PC817XI3 PC817XP3 − C 10.0 to 20.0 PC817X4 PC817XF4 PC817XI4 PC817XP4 − D 15.0 to 30.0 Model No. PC817X5 PC817XF5 PC817XI5 PC817XP5 − A or B 4.0 to 13.0 PC817X6 PC817XF6 PC817XI6 PC817XP6 − B or C 6.5 to 20.0 PC817X7 PC817XF7 PC817XI7 PC817XP7 − C
pin (tape and reel packaging of type I) LTV-847S-TA1 16-pin (tape and reel packaging of type II) LTV817-V 4-pin DIP VDE approved LTV817M-V 4-pin (leads with 0.4" spacing) LTV817S-V 4-pin (lead bends for surface mount) LTV-817 LTV817STA-V 4-pin (tape and reel packaging of type I) LTV817STA1-V 4-pin (tape
= 0.1mA breakdown voltage Transfer Characteristics Parameter Symbol Min Typ. Max. Unit Condition EL817 50 - 600 EL817A 80 - 160 Current EL817B 130 - 260 Transfer EL817C CTR 200 400 I = 5mA ,V = 5V - % F CE ratio EL817D 300 - 600 EL817X 100 - 200 150 EL817Y - 300 Collector-Emitter saturation voltage VCE
od Output data delay - 15 - 12 11 - Tcsnh CSN hold time 0 - 0 - 0 - T For more information about BT817Q controller please go to official BT81x website. F T info@panadisplay.com Page 10 of 16 www.panadisplay.com PS817-070WS-C-IPS-46 8.4. Backlight Driver Block Diagram Backlight enable signal is internally connected to BT817Q backlight control pin. This pin is controlled by two BT817Q’s t registers. REG_PWM_HZ specifies the PWM output frequency. REG_PWM_DUTY specifies the duty cycle. e Refer to BT817Q datasheet for more
PC817 Series High Density Mounting Type P C 8 1 7S e r ie s Photocoupler ( ) ( ) ( ) Le.. forming type I type and taping reel type P type are also available. PC817I/PC817P TUV (VDE0884 ) approved type is
Rank Table of Current Transfer Ratio CTR
Model No. Rank Mark CTR(%)
LTV-817 L 50~100
LTV-817 A 80~160
LTV-817 B 130~260
LTV-817 C 200~400
LTV-817 D 300~600
LTV-817 L or A or B or C or D 50~600
Conditions IF=5mA VCE=5V Ta=25°C
1 2 3 4 5 6 7 8 12V PowerON-LED 5V PowerON-LED +5V LED D LED D +5V +12V 1k N +5V 560 N PC817 LED Vf: 1,2V G G Ergibt mit Rv 330 Ohm: R23 D2 R26 D4 - bei 3,3V-PWM --> 6,4mA LED-Strom - bei 5V-PWM --> 11,5mA LED-Strom F 1 A u C F 7 A 1 GND 1 C GND U1 PC817 U7 R1 U5A PC817 PWM_1 330 1 4 PWM_5
name of ordered product) Ordered Business Rank mark Ic (mA) Test conditions nroduct dealingname 0 PC817Xl A, B, C, D or no mark 2.5 to 30 1,=5mA PC817XIl A 4.0 to 8.0 PC8 17XI2 B . 6.5 to 13 PC8 17XI3 C 10to20 vc,=5v PC8 17XI4 D 15 to 30 PC817XI5 AorB 4.0to 13 : Ta=25’C PC8 17Xi6 B or C 1 6.5 to 20 I I 1 PC817XI7 1 C or D 10 to 30 PC8 172U8 A, B or C 4.0 to 20 I PC8 17XI9 I B, CorD 6.5 to 30 1 PC817XIO 1 A, B, C or D 1 4.oto30 6.3 This Model is approved by UL. Approved Model No. : PC8 17 UL file No. : E64380
DATASHEET CA3130, CA3130A FN817 15MHz, BiMOS Operational Amplifier with MOSFET Input/CMOS Output Rev.6.00 Aug 1, 2005 CA3130A and CA3130 are op amps that combine the Features advantage of both CMOS and bipolar transistors. • MOSFET
4 5 6 7 8 5 MSTBV3 0 + K4 3 X1-3 4 1G6RW 8 5 1 9 8 7 6 5 4 3 2 1 8 5 A E P 2 X1-2 + X Q8 B L K4 BC817 2 V S O 1 X1-1 + K3 2 K 5 R12 4 1G6RW MSTBV3 R 1 + GND 3 K S 7 3 A 4K7 R Q7D B D X2-3 A R29 BC817 2 L V P 2 GND V 5 K3 X2-2 100K 5 R11 GND 0 + 1G6RW S O 1 SV1 14 2 + S X2-1 R28 D07 +VCC 4K7 3 3 A D 6 5 13 D06 DS1 R 1Q6 B 2 E MSTBV3 4 3 100K 12 D05 DMC20481 3 3 BC817 L 5 3 X3-3 2 1 11 D04 VLCD 3 2 R R10 GND 0 + K1 5 R27 4 RS 4 1G6RW P 2 X3-2 + 6 E 0 0 0 0 - - N 1 4K7 6 2 A 5 K2 100K 5 R/W D D D D D D G 3 Q5D B E S O 1 X3-1 R BC817 2 L GND MSTBV3 R26 7 8 9 1 1 1
New Product SiA817EDJ Vishay Siliconix P-Channel 30 V (D-S) MOSFET with Schottky Diode FEATURES PRODUCT SUMMARY ® • LITTLE FOOT Plus Schottky Power MOSFET V DS (V) RDS(on)() Max. ID (A) Q g Thermally Enhanced PowerPAK
shorten test time [16–18], and therefore are employed under overstress conditions Materials 2018, 11, 817; doi:10.3390/ma11050817 www.mdpi.com/journal/materials Materials 2018, 11, 817 2 of 11 for LED products [19,20]. For instance, Qian et al. developed a CSADT method to reduce the reliability test period
4 3 2 1 +V +VDDIO R26 R17 R30 470E 2K2 6K8 R18 Q5 D 6 D R25 Q8 6 8 TX 8 5 B C1 B U5A 1K CN14 5K6 PC817 U5B 1 PC817 2 3 +V 2 4 R19 3PinSTM 4K7 R13 -V 6 5K6 8 Q3 C +VDDIO B +V 1 C D5 C R23 R16 D 4148W Q7 2 CN13 R21 2K2 10E R28 BC856 R20 1 4K7 1K 2 4 R15 1 RX 1K 1 2Pin STM U7B U7A 10E D6 D 4148W Q9 R27 PC817 PC817 Q4 2 6 3 2 8 C B BC846 470E Q6 R14 R24 D7 R22 2 1 5K6 3K3 B D 4148W B BC846 4K7 -V NO DESCRIPTION APP CHK DATE A M E N D A . DATE :- A 20/09/2007 SCHEMATIC CIRCUIT DIAGRAM OF PSP-PC INTERFACE-CONTROL
C72 3 470uF/25V 100uF/25V 7.5V C81 2 R81 1 R82 15E - 2K2 1206 U8B R85 5 C60 V C82 4K7 1206 5 R83 PC817 F 680E 1206 33n 1206 7 4 U8A 4 PC817 R84 B B 560E 1206 1N4735A NC Z3 C79 NO DESCRIPTION APP CHK DATE A M E N D A A . DATE :- 30/05/07 SCHEMATIC CIRCUIT DIAGRAM OF PSP AUXILIARY OUTPUT DRG NO. DRN. BY
C72 3 470uF/25V 100uF/25V 7.5V C81 2 R81 1 R82 15E - 2K2 1206 U8B R85 5 C60 V C82 4K7 1206 5 R83 PC817 F 680E 1206 33n 1206 7 4 U8A 4 PC817 R84 B B 560E 1206 1N4735A NC Z3 C79 NO DESCRIPTION APP CHK DATE A M E N D A A . DATE :- 30/05/07 SCHEMATIC CIRCUIT DIAGRAM OF PSP AUXILIARY OUTPUT DRG NO. DRN. BY
22p 22p D- 6 D- R232 15 GND D GND V V + R5 OK1 CTS 10k 4 1 R1 IC1G$1 D 3 2 510 4 2 V R2 GNDIO OK2PC817 74LVC1G06DBV JP1 R6 1 4 10k C5 5 C 5 C GND V V 510 CTS IC1G$2 IC3G$2 TXD 2 3 VCC 10µ D D R7 TXO 3 G 3 G PC817 VDD RXI 10k OK3 R3 DTR RXD 4 1 510 IC3G$1 3 2 4 2 GNDIO R4 PC817 74LVC1G06DBV OK4 10k R8 1 4 P 6 DTR 510 2 3 N C D PC817 GNDIO GND This adapter provides optically isolated inputs and outputs with 4 PC817 optoisolators. Respect the isolation border when laying out the board, and if possible, cut slots under the optoisolators
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